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- Keywords UV difference spectra;HBED;Lanthanide ions;Conditional equilibrium constant; 关键词紫外差光谱;HBED;镧系离子;条件稳定常数;
- The binding of metolachlor and S Isomer to urease in aqueous solution was studied using UV difference spectrum and fluorescence spectrum. 应用紫外差光谱和荧光光谱法研究了水溶液中酰胺类除草剂异丙甲草胺及其S异构体与脲酶分子间的相互作用。
- Keywords Me 2SnCl 2;apo-ovotransferrin;UV difference spectra; 脱铁伴清蛋白;紫外差光谱;
- Keywords ovotransferrin EHPG lant hanide ions fluorescence spectra UV difference spectra; 伴清蛋;白EHPG;镧系离子;紫外差光谱;荧光光谱;
- Keywords antibiotic;acid phosphatase;UV difference spectra;fluorescence spectra; 抗生素;酸性磷酸酶;紫外差谱;荧光光谱;
- Keywords flammulin;tyrosine environment;UV difference spectrum;fluorescence spectrum; 火菇素;酪氨酸微区;紫外差光谱;荧光光谱;
- UV difference spectra 紫外差谱
- Keywords UV spectrum bioinorganic chemistry; 紫外可见光谱;生物无机化学;
- By comparison of difference spectra pretreatment, the NIRS model for alcoholicity determination in yellow rice wine was set up. 通过比较不同的数据处理方法,建立了黄酒酒精度测量的近红外定标模型。
- The analysis of the second -derivative difference spectrum data was accomplished with multilinear regression (MLR) and principal component regression (PCR). 用多元线性回归(MLR)和主成分回归(PCR)分析了数据。
- Keywords UV - curing coating;APUA;performance; UV固化涂料;脂肪族聚氨酯丙烯酸酯;性能;
- The analysis of the second-derivative difference spectrum data was accomplished with multilinear regression (MLR) and principal component regression (PCR). 用多元线性回归(MLR)和主成分回归(PCR)分析了二阶导数差谱数据。
- Keywords UV ink;metalic ink;screen printing; UV油墨;金属油墨;网版印刷;
- Keywords UV method;Rate method;Autoanalyzer; 紫外法;速率法;自动分析仪;
- These results show that the dependence of associational properties and difference spectra to pH and concentration change in DPI and DOI has a mechanism differeat from that of native insulin. 微扰研究还表明Ins与DPI和DOI在缔合及pH、浓度差光谱产生的机理上有所不同。
- Keywords UV absorbers Benzotriazol Synthesis; 紫外线吸收剂;苯并三唑;合成;
- Keywords UV Sunscreen Sun protection factor; 紫外线;遮光剂;日光防护指数;
- Keywords UV cured;wrinkled inks;serigraphy; 紫外光固化;皱纹油墨;丝网印刷;
- Comparing tbe apparent absorption spectrum with the (control minusMg~(++)) difference spectrum, we observed that the sites of maximum diminution cau-sed by Mg~(++) ion were not on the peaks but shorter than the peaks about 3 nm. 比较了吸收光谱和差异光谱。 Mg~(++)离子引起吸收降低最大的位置,不在峰上,而略有蓝移(3nm左右)。
- Keywords UV curing;digital imaging;inkjet printing; 紫外线固化;数字成像;喷墨打印;